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Women in AI: Catherine Breslin helps companies develop AI strategies

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To give women AI academics and others their well-deserved – and overdue – time in the highlight, TechCrunch is publishing a series of interviews specializing in the extraordinary women who’re contributing to the AI ​​revolution. We’re publishing these articles all year long because the AI ​​boom continues, highlighting key work that usually goes unnoticed. Read more profiles here.

Catherine Breslin is the founder and director Kingfisher Laboratories, where he helps companies develop AI strategies. She has spent over 20 years as a man-made intelligence scientist and has worked for the University of Cambridge, Toshiba Research and even Amazon Alexa. Previously, she was an advisor to VC fund Deeptech Labs and director of solutions architect at Cobalt Speech & Language.

She accomplished her bachelor’s degree on the University of Oxford after which obtained her master’s and doctorate degrees on the University of Cambridge.

Briefly speaking, how did you start in artificial intelligence? What drew you to the sphere?

I at all times liked maths and physics in school, so I made a decision to review engineering at university. This is where I first learned about artificial intelligence, even though it wasn’t called artificial intelligence back then. I used to be intrigued by the thought of ​​using computers to process speech and language, which is straightforward for us humans. I then began a PhD in voice technology and worked as a researcher. We’re at some extent where there’s been lots of recent progress in artificial intelligence, and I feel like there is a huge opportunity to create technology that may improve people’s lives.

What work in AI are you most happy with?

In 2020, at first of the pandemic, I founded my very own consulting firm with a mission to offer real-world AI expertise and leadership to organizations. I’m happy with the work I’ve done with my clients on different and interesting projects, and that I’ve been in a position to do it in a extremely flexible way around my family.

How do you take care of the challenges of the male-dominated tech industry, and by extension, the male-dominated AI industry?

It’s hard to measure exactly, but about 20% of the AI ​​field is made up of ladies. In my opinion, this percentage decreases with age. For me, among the finest ways to take care of that is to construct a support network. Of course, support can come from people of any gender. But sometimes talking to women who’ve been in an analogous situation or seen the identical problems is reassuring and it’s great to not feel alone.

Another thing for me is to consider carefully about what to spend my energy on. I imagine we are going to only see lasting change when more women take up senior and management positions, and that will not occur if women devote all their energy to fixing the system slightly than advancing their careers. There must be a realistic balance between pushing for change and specializing in your personal day-to-day work.

What advice would you give to women trying to enter the sphere of artificial intelligence?

Artificial intelligence is a big and exciting field with lots happening. There can also be an enormous amount of noise surrounding what can look like a relentless stream of documents, products and models being released. It’s unattainable to maintain up with every thing. Moreover, not every article or study result shall be significant in the long term, regardless of how flashy the press release. My advice is: find a distinct segment that you just actually need to grow in, learn every thing you possibly can about it, and tackle the issues that you just are motivated to unravel. This offers you the solid foundation you wish.

What are probably the most pressing issues facing artificial intelligence because it evolves?

Progress over the past 15 years has been rapid, and we have seen AI move out of the lab and into products without having to step back to properly assess the situation and anticipate the implications. One example that involves mind is how much of our voice and language technology works higher in English than in other languages. This doesn’t mean that researchers have ignored other languages. Significant effort has gone into the technology of languages ​​aside from English. However, the unintended consequences of higher English technology mean that we create and implement technology that doesn’t serve everyone equally.

What issues should AI users pay attention to?

I believe people ought to be aware that AI just isn’t a silver bullet that may solve all problems in the following few years. Creating a formidable demo could also be quick, but it surely takes lots of effort to construct an AI system that performs consistently well. We shouldn’t lose sight of the undeniable fact that artificial intelligence is designed and built by people, for people.

What is one of the best approach to construct AI responsibly?

Building AI responsibly means incorporating diverse views from the very starting, including those of shoppers and anyone impacted by your product. Testing your systems thoroughly is vital to make sure you understand how well they perform in various scenarios. Testing gets a status for being boring in comparison with the joy of coming up with recent algorithms. However, it is amazingly necessary to know in case your product really works. Then it is advisable to be honest with yourself and your customers about each the capabilities and limitations of what you are constructing in order that your system doesn’t get abused.

How can investors higher promote responsible AI?

Startups are creating many recent applications of artificial intelligence, and investors have a responsibility to rigorously consider their financing decisions. I’d like to see more investors speak out about their vision of the long run we’re constructing and the way responsible artificial intelligence suits into it.

This article was originally published on : techcrunch.com
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US medical device giant Artivion says hackers stole files during a cybersecurity incident

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Artivion, a medical device company that produces implantable tissue for heart and vascular transplants, says its services have been “disrupted” resulting from a cybersecurity incident.

In 8-K filing In an interview with the SEC on Monday, Georgia-based Artivion, formerly CryoLife, said it became aware of a “cybersecurity incident” that involved the “compromise and encryption” of information on November 21. This suggests that the corporate was attacked by ransomware, but Artivion has not yet confirmed the character of the incident and didn’t immediately reply to TechCrunch’s questions. No major ransomware group has yet claimed responsibility for the attack.

Artivion said it took some systems offline in response to the cyberattack, which the corporate said caused “disruptions to certain ordering and shipping processes.”

Artivion, which reported third-quarter revenue of $95.8 million, said it didn’t expect the incident to have a material impact on the corporate’s funds.

This article was originally published on : techcrunch.com
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It’s a Raspberry Pi 5 in a keyboard and it’s called Raspberry Pi 500

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Manufacturer of single-board computers Raspberry Pi is updating its cute little computer keyboard device with higher specs. Named Raspberry Pi500This successor to the Raspberry Pi 400 is just as powerful as the present Raspberry Pi flagship, the Raspberry Pi 5. It is on the market for purchase now from Raspberry Pi resellers.

The Raspberry Pi 500 is the simplest method to start with the Raspberry Pi because it’s not as intimidating because the Raspberry Pi 5. When you take a look at the Raspberry Pi 500, you do not see any chipsets or PCBs (printed circuit boards). The Raspberry Pi is totally hidden in the familiar housing, the keyboard.

The idea with the Raspberry Pi 500 is you could connect a mouse and a display and you are able to go. If, for instance, you’ve got a relative who uses a very outdated computer with an outdated version of Windows, the Raspberry Pi 500 can easily replace the old PC tower for many computing tasks.

More importantly, this device brings us back to the roots of the Raspberry Pi. Raspberry Pi computers were originally intended for educational applications. Over time, technology enthusiasts and industrial customers began using single-board computers all over the place. (For example, when you’ve ever been to London Heathrow Airport, all of the departures and arrivals boards are there powered by Raspberry Pi.)

Raspberry Pi 500 draws inspiration from the roots of the Raspberry Pi Foundation, a non-profit organization. It’s the right first computer for college. In some ways, it’s a lot better than a Chromebook or iPad because it’s low cost and highly customizable, which inspires creative pondering.

The Raspberry Pi 500 comes with a 32GB SD card that comes pre-installed with Raspberry Pi OS, a Debian-based Linux distribution. It costs $90, which is a slight ($20) price increase over the Raspberry Pi 400.

Only UK and US keyboard variants will probably be available at launch. But versions with French, German, Italian, Japanese, Nordic and Spanish keyboard layouts will probably be available soon. And when you’re in search of a bundle that features all the things you would like, Raspberry Pi also offers a $120 desktop kit that features the Raspberry Pi 500, a mouse, a 27W USB-C power adapter, and a micro-HDMI to HDMI cable.

In other news, Raspberry Pi has announced one other recent thing: the Raspberry Pi monitor. It is a 15.6-inch 1080p monitor that’s priced at $100. Since there are quite a few 1080p portable monitors available on the market, this launch is not as noteworthy because the Pi 500. However, for die-hard Pi fans, there’s now also a Raspberry Pi-branded monitor option available.

Image credits:Raspberry Pi

This article was originally published on : techcrunch.com
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Apple Vision Pro may add support for PlayStation VR controllers

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Vision Pro headset

According to Apple, Apple desires to make its Vision Pro mixed reality device more attractive for gamers and game developers latest report from Bloomberg’s Mark Gurman.

The Vision Pro was presented more as a productivity and media consumption device than a tool geared toward gamers, due partly to its reliance on visual and hand controls moderately than a separate controller.

However, Apple may need gamers if it desires to expand the Vision Pro’s audience, especially since Gurman reports that lower than half one million units have been sold to this point. As such, the corporate has reportedly been in talks with Sony about adding support for PlayStation VR2 handheld controllers, and has also talked to developers about whether they may support the controllers of their games.

Offering more precise control, Apple may also make other forms of software available in Vision Pro, reminiscent of Final Cut Pro or Adobe Photoshop.

This article was originally published on : techcrunch.com
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